40 VA is the apparent power of the load. It is simply the applied voltage multiplied by the resulting current in amperes. Given the VA and the Volts merely divide the VA by the volts to get I=VA/A = 40VA/24V= 1.667 Amperes rms.
Andy B
The formula you are looking for is W = I x E x pf. (pf = power factor).
For all intents and purposes 40 Va is 40 watts. W = A x V.
v/r=i
4000
It is 40 volt-amps, which is 40 volts at 1 amp, or 10 volts at 4 amps, etc. On an AC supply it could be equal also to 40 watts, or some lesser number of watts depending on the power factor of the load.
1.6
0.25 megawatts is 250,000 watts.
45 watts
.0001 watts
It is 40 volt-amps, which is 40 volts at 1 amp, or 10 volts at 4 amps, etc. On an AC supply it could be equal also to 40 watts, or some lesser number of watts depending on the power factor of the load.
There is insufficient information in the question to answer it. You need some other information, such as voltage to current phase angle, inductance, capacitance, or watts. Please restate the question.
1.6
1540 watts
210,000,000 watts
100wats
132 watts
0.25 megawatts is 250,000 watts.
746 watts.
45 watts
.0001 watts
95,000 watts.